(24hours)/(1.2)=20 hours/day
Over the past several billion years the length of the year has not deviated much from 365.25 days
because of Kepler’s period for the orbit of a planet but, because the earth loses energy to the
moon, its days becomes longer over time by 0.0067 hours per million years which, we can see
from examining sedimentation band growth, which follows the lunar month. To get our 20
hours per day we have to go back about 600 million years:
24-20=0.0067t
t=597 million years
What was going on then? It turns out it was a very important time, when the Earth went through
a drastic change which lead to an explosion of life, and we started to see more complex life.
Let’s talk about what is going on here:
The reason is there. I am showing the unit of a second comes from the orbital mechanics of
the Earth-Moon-Sun System, the orbital period of the moon to the rotation period of the earth
is an approximation to pi cubed, The lunar month is determined by the orbital period of the
moon. The lunar month can be 32 days. This divided by the one day rotation of the earth is 32
is approximately pi cubed. In the equation when the lunar orbital period equals the lunar
month, they cancel and leave the kinetic energy of the moon divided by the kinetic energy of
the earth times the earth day. For it to work perfectly it means that equals one second, but it is
1.2 seconds so the earth day needs to be shorter, which it was by the right amount about 600
million years ago. That is how I got that time in earth history, which seems to be when the
earth went through a drastic change leading to complex life, according to the geologic record.
Which works well for the equation because this is a beginning time for complex life, and it
seems to be the beginning time for the synced calendar in terms of the equation. We don’t need
to put pi there because we have what we need to explain one second in terms of the Earth-
Moon-Sun Orbital mechanics. Google writes for the time 600 million years ago:
“A global ice age over 600 million years ago dramatically altered the face of the planet,
leaving a barren, flooded landscape and clear oceans, according to a study that may have
important implications for the evolution of complex life."
“The ancient sea of 600 million years ago was not soupy, the researchers said. Instead, it had
a consistency and nutrient level similar to today's oceans. This would have had major
implications for the story of animal evolution.”
We can take this further.
We needed it to be one second so the earth day had to be shorter. We went back in time to the
point where the earth day gave 1 second because 1 second is carbon giving the radius of a proton.